US, Taiwan, China race to improve military drone technology  

washington — This week, as Taiwan was preparing for the start of its Han Kuang military exercises, its air defense system detected a Chinese drone circling the island. This was the sixth time that China had sent a drone to operate around Taiwan since 2023.

Drones like the one that flew around Taiwan, which are tasked with dual-pronged missions of reconnaissance and intimidation, are just a small part of a broader trend that is making headlines from Ukraine to the Middle East to the Taiwan Strait and is changing the face of warfare. 

The increasing role that unmanned aerial vehicles, or UAVs, play and rising concern about a Chinese invasion of democratically ruled Taiwan is pushing Washington, Beijing and Taipei to improve the sophistication, adaptability and cost of drone technology.

‘Hellscape’ strategy

Last August, the Pentagon launched a $1 billion Replicator Initiative to create air, sea and land drones in the “multiple thousands,” according to the Defense Department’s Innovation Unit. The Pentagon aims to build that force of drones by August 2025.

The initiative is part of what U.S. Admiral Samuel Paparo recently described to The Washington Post as a “hellscape” strategy, which aims to counter a Chinese invasion of Taiwan through the deployment of thousands of unmanned drones in the air and sea between the island and China.

“The benefits of unmanned systems are that you get cheap, disposable mass that’s low cost. If a drone gets shot down, the only people that are crying about it are the accountants,” said Zachary Kallenborn, a policy fellow at George Mason University. “You can use them at large amounts of scale and overwhelm your opponents as well as degrade their defensive capabilities.”

The hellscape strategy, he added, aims to use lots of cheap drones to try to hold back China from attacking Taiwan.

Drone manufacturing supremacy

China has its own plans under way and is the world’s largest manufacturer of commercial drones. In a news briefing after Paparo’s remarks to the Post, it warned Washington that it was playing with fire. 

“Those who clamor for turning others’ homeland into hell should get ready for burning in hell themselves,” said Senior Colonel Wu Qian, spokesperson for the Chinese defense ministry.

“The People’s Liberation Army is able to fight and win in thwarting external interference and safeguarding our national sovereignty and territorial integrity. Threats and intimidation never work on us,” Wu said.

China’s effort to expand its use of drones has been bolstered, analysts say, by leader Xi Jinping’s emphasis on technology and modernization in the military, something he highlighted at a top-level party meeting last week.

“China’s military is developing more than 50 types of drones with varying capabilities, amassing a fleet of tens of thousands of drones, potentially 10 times larger than Taiwan and the U.S. combined,” Michael Raska, assistant professor at Singapore’s Nanyang Technological University, told VOA in an email. “This quantitative edge currently fuels China’s accelerating military modernization, with drones envisioned for everything from pre-conflict intel gathering to swarming attacks.”

Analysts add that China’s commercial drone manufacturing supremacy aids its military in the push for drone development. China’s DJI dominates in production and sale of household drones, accounting for 76% of the worldwide consumer market in 2021.

The scale of production and low price of DJI drones could put China in an advantageous position in a potential drone war, analysts say.

“In Russia and Ukraine, if you have a lot of drones – even if they’re like the commercial off-the-shelf things, DJI drones you can buy at Costco – and you throw hundreds of them at an air defense system, that’s going to create a large problem,” said Major Emilie Stewart, a research analyst at the China Aerospace Studies Institute.

China denies it is seeking to use commercial UAV technology for future conflicts.

“China has always been committed to maintaining global security and regional stability and has always opposed the use of civilian drones for military purposes,” Liu Pengyu, spokesperson for the Chinese Embassy in Washington, told VOA. “We are firmly opposed to the U.S.’s military ties with Taiwan and its effort of arming Taiwan.”

Drone force

With assistance from its American partners, pressure from China and lessons from Ukraine, Taiwan has been pushing to develop its own domestic drone warfare capabilities.

The United States has played a pivotal role in Taiwan’s drone development, and just last week it pledged to sell $360 million of attack drones to the Taipei Economic and Cultural Representative Office, or TECRO, Taiwan’s de facto embassy in Washington.

“Taiwan will continue to build a credible deterrence and work closely with like-minded partners, including the United States, to preserve peace and stability in the region,” TECRO told VOA when asked about the collaboration between Taipei and Washington. “We have no further information to share at this moment.”

The effort to incorporate drones into its defense is crucial for Taiwan, said Eric Chan, a senior nonresident fellow at the Global Taiwan Institute.

“The biggest immediate effects of the U.S. coming into this mass UAV game is to give Taiwan a bigger advantage to be able to, first, detect their enemy and, second, help them build a backstop to their own capabilities as well,” Chan said.

With the potential for China to consider using drones in an urban conflict environment, Taiwan is recognizing the importance of stepping up its counter-drone defense systems.

“After multiple intrusions of Chinese drones in outlying islands, the Taiwan Ministry of Defense now places great emphasis on anti-drone capabilities,” said Yu-Jiu Wang, chief executive of Tron Future, an anti-drone company working with the Taiwanese military.

The demand is one that Wang said his company is willing and ready to fill.

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Video game performers to strike over artificial intelligence concerns

LOS ANGELES — Hollywood’s video game performers voted Thursday to go on strike, throwing part of the entertainment industry into another work stoppage after talks for a new contract with major game studios broke down over artificial intelligence protections. 

The strike — the second for video game voice actors and motion capture performers under the Screen Actors Guild-American Federation of Television and Radio Artists — will begin at 12:01 a.m. Friday. The move comes after nearly two years of negotiations with gaming giants, including divisions of Activision, Warner Bros. and Walt Disney Co., over a new interactive media agreement. 

SAG-AFTRA negotiators say gains have been made over wages and job safety in the video game contract, but that the studios will not make a deal over the regulation of generative AI. Without guardrails, game companies could train AI to replicate an actor’s voice, or create a digital replica of their likeness without consent or fair compensation, the union said. 

Fran Drescher, the union’s president, said in a prepared statement that members would not approve a contract that would allow companies to “abuse AI.” 

“Enough is enough. When these companies get serious about offering an agreement our members can live — and work — with, we will be here, ready to negotiate,” Drescher said. 

A representative for the studios did not immediately respond to an email seeking comment. 

The global video game industry generates well over $100 billion in profit annually, according to game market forecaster Newzoo. The people who design and bring those games to life are the driving force behind that success, SAG-AFTRA said. 

“Eighteen months of negotiations have shown us that our employers are not interested in fair, reasonable AI protections, but rather flagrant exploitation,” said Interactive Media Agreement Negotiating Committee Chair Sarah Elmaleh. 

Last month, union negotiators told The Associated Press that the game studios refused to “provide an equal level of protection from the dangers of AI for all our members” — specifically, movement performers. 

Members voted overwhelmingly last year to give leadership the authority to strike. Concerns about how movie studios will use AI helped fuel last year’s film and television strikes by the union, which lasted four months. 

The last interactive contract, which expired November 2022, did not provide protections around AI but secured a bonus compensation structure for voice actors and performance capture artists after an 11-month strike that began October 2016. That work stoppage marked the first major labor action from SAG-AFTRA following the merger of Hollywood’s two largest actors unions in 2012. 

The video game agreement covers more than 2,500 “off-camera (voiceover) performers, on-camera (motion capture, stunt) performers, stunt coordinators, singers, dancers, puppeteers, and background performers,” according to the union. 

Amid the tense interactive negotiations, SAG-AFTRA created a separate contract in February that covered indie and lower-budget video game projects. The tiered-budget independent interactive media agreement contains some of the protections on AI that video game industry titans have rejected.

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CrowdStrike blames bug for letting bad data slip through, leading to global tech outage

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Meta takes down thousands of Facebook accounts running sextortion scams from Nigeria 

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US is investigating Delta’s flight cancellations and faltering response to global tech outage

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CrowdStrike: More machines fixed as customers, regulators await details on what caused meltdown 

AUSTIN, Tex. — Cybersecurity firm CrowdStrike says a “significant number” of the millions of computers that crashed on Friday, causing global disruptions, are back in operation as its customers and regulators await a more detailed explanation of what went wrong. 

A defective software update sent by CrowdStrike to its customers disrupted airlines, banks, hospitals and other critical services Friday, affecting about 8.5 million machines running Microsoft’s Windows operating system. The painstaking work of fixing it has often required a company’s IT crew to manually delete files on affected machines. 

CrowdStrike said late Sunday in a blog post that it was starting to implement a new technique to accelerate remediation of the problem. 

Shares of the Texas-based cybersecurity company have dropped nearly 30% since the meltdown, knocking off billions of dollars in market value. 

The scope of the disruptions has also caught the attention of government regulators, including antitrust enforcers, though it remains to be seen if they take action against the company. 

“All too often these days, a single glitch results in a system-wide outage, affecting industries from healthcare and airlines to banks and auto-dealers,” said Lina Khan, chair of the U.S. Federal Trade Commission, in a Sunday post on the social media platform X. “Millions of people and businesses pay the price. These incidents reveal how concentration can create fragile systems.” 

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India ed-tech firm Byju’s founder faces reckoning as startup implodes

NEW DELHI — Byju Raveendran, an Indian mathematics whiz who soared from teacher to startup billionaire before his education-technology company imploded this year, now faces his biggest test.

The future of Raveendran’s eponymous Byju’s online coaching firm rests with India’s courts after the country’s biggest startup, once loved by global investors who valued it at $22 billion, crashed below $2 billion in valuation.

The 44-year-old founder last week lost control of the company as a tribunal kick-started an insolvency process.

Accused of “financial mismanagement and compliance issues,” the son of a family of teachers from a small village in south India faces a reckoning that will test the ingenuity that made him a poster child for India’s startups.

His formerly high-flying company was eventually brought low when it could not pay $19 million in sponsorship dues to India’s cricket federation, prompting a tribunal to suspend Byju’s board and make Raveendran report to a court-appointed restructuring expert.

An appeals tribunal is expected to hold a hearing on Monday on whether Byju’s insolvency process should be quashed after the former billionaire argued in court his company is solvent and that insolvency could shut it down and cost the jobs of 27,000 staff, including teachers. Insolvency also would not bode well for Byju’s backers, such as Dutch technology investor Prosus.

Raveendran denies the allegations of mismanagement and wrongdoing at his firm, which has in recent months faced lawsuits over unpaid loans and boardroom battles with foreign investors that went public.

Potential insolvency is a dramatic turn of events for an entrepreneur described by one person who has worked with him as an extremely passionate and goal-oriented person who might adopt “an abrasive approach” in a crisis.

Raveendran presented a “suave, nice and polished” image, appearing to heed advice, but “eventually there was a trust deficit,” said another executive who quit last year as a Byju’s senior vice president.

“He said things are improving, don’t worry, we have the money,” the former executive said.

Raveendran and a Byju’s spokesperson did not respond to requests for comment.

Byju’s downfall: ‘Our fair share of mistakes’

An engineer by training, he started Byju’s in 2011 with physical classes after friends urged him to go into teaching.

Raveendran, who aced a premier Indian management exam “with a score of 100 percentile, not once but twice,” according to the company website, started what would become his empire with his wife Divya Gokulnath, 38, a former student of his.

In education-obsessed India, Raveendran hit gold by offering online teaching programs priced from $100 to $300. He got a mammoth boost when the COVID-19 pandemic sent students indoors. At the height of his fame in 2021, he and his wife had a net worth of $4 billion, Forbes reckoned.

Now all that is in tatters.

Behind the reversal of Byju’s meteoric success, say executives and advisers who worked with Raveendran, is that he overruled associates and expanded the business through expensive acquisitions, splurging on marketing and being slow to address problems such as sales agents adopting aggressive tactics to mis-sell courses that damaged the company’s reputation.

With the backing of investors like General Atlantic, Prosus and Facebook founder Mark Zuckerberg’s philanthropy venture, Raveendran spent millions on acquisitions, and the company says it has 150 million students in over 100 countries.

“While growing fast, as I’ve accepted multiple times, we’ve made our fair share of mistakes,” Raveendran told an interviewer last year at the World Economic Forum in Davos.

As he battled crises, the CEO also said decisions to lay off some of its then-50,000 employees and slash branding expenses would help strengthen loss-making Byju’s and turn its cashflow positive.

“Every country needs a Byju’s,” he said.

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What to know about Kids Online Safety Act and its chances of passing

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India’s battery storage industry grows

BENGALURU, India — At a Coca-Cola factory on the outskirts of Chennai in southern India, a giant battery powers machinery day and night, replacing a diesel-spewing generator. It’s one of just a handful of sites in India powered by electricity stored in batteries, a key component to fast-tracking India’s energy transition away from dirty fuels.   

The country’s lithium ion battery storage industry — which can store electricity generated by wind turbines or solar panels for when the sun isn’t shining or the wind isn’t blowing — makes up just 0.1% of global battery storage systems. But battery storage is growing fast, with around a third of India’s total battery infrastructure coming online just this year.   

“Our orders are growing exponentially,” said Ayush Misra, CEO of Amperehour Energy, the company that installed the batteries at the Chennai factory. “It’s a really exciting time to be a battery storage provider.”   

Businesses invest in industry

India currently has around 100 megawatts of storage capacity from batteries, with another 3.3 gigawatts of clean energy storage coming from hydropower. The Indian government estimates that the country will need about 74 gigawatts of energy storage from batteries, hydropower and nuclear energy by 2032, but experts think the country actually needs closer to double that amount to meet the country’s energy needs. 

Some customers are still wary of using battery technology for storage, and the storage systems can be seen as more expensive than the more commonly used coal. The supply chain of batteries is also concentrated in China, meaning the sector is vulnerable to geopolitical volatility. 

But markets don’t think customers will be hesitant about batteries for long, with major Indian businesses announcing significant investments in the industry.   

In January this year, energy giant Reliance Industries said it will build a 5,000-acre factory in Jamnagar, Gujarat. And in March, Goodenough Energy said it will spend $53 million by 2027 to set up a 20 million kilowatt-hour battery factory in the northern region of Jammu and Kashmir.   

Alexander Hogeveen Rutter, an independent energy analyst based in Bengaluru, said upping storage capacity should be done alongside ramping up renewables. 

“Clean energy combined with adequate storage can be an alternative to coal. Not in the future but right now,” he said. He added that it’s a “myth” that clean energy is more expensive than coal, as current prices of renewable energy combined with storage is cheaper than new coal.   

Global battery costs are declining faster than expected, and experts say that if costs continue to plummet, energy storage systems can better compete with both coal and clean energy sources like hydropower and nuclear energy that can also control their supply to meet demand. 

“Battery storage is now the largest resource to meet California’s evening peak electricity requirements. It’s more than gas, nuclear or coal,” he said. This is being replicated in the U.K., China and even smaller nations like Tonga. “There’s no reason why this can’t happen in India too,” he said.   

India’s energy needs grow

One of India’s unique challenges is that energy needs are growing more rapidly than most nations: the population is increasing and extreme heat fueled by climate change means more and more people are using energy-guzzling air conditioning. India’s electricity demand grew by 7% last year and is expected to grow by at least 6% every year for the next three years, according to the International Energy Agency. 

“The country needs to quadruple its renewable energy deployment just to meet demand growth,” said Hogeveen Rutter. 

Ankit Mittal, co-founder of Sheru, a software company that offers energy storage and management solutions, said that making battery storage sites more flexible can help the industry ramp up quickly.   

Mittal said battery storage sites should be more accessible to the national energy grid, so they can provide electricity to whichever regions need the extra boost of energy most. Currently, battery storage sites in India only power up more local sites.   

To encourage further growth of the battery sector, the Indian government announced last year a $452 million effort to support an additional four gigawatts of battery storage by 2031. But the government also provides subsidies for coal plants, making the electricity generated there a cheaper bet for some utility companies. 

Future government policy could level the playing field. The country is set to announce a new national budget later in July that industry leaders hope will contain incentives for clean energy storage. 

Akshat Singhal, co-founder of the Bengaluru-based battery tech startup Log 9 Materials, thinks that better government support can help the country meet growing energy demands “the right way,” with clean energy. 

“One significant policy change can kickstart the entire ecosystem,” he said. 

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Australia warns of ‘malicious websites’ after cyber outage

sydney — Australia’s cyber intelligence agency said on Saturday that “malicious websites and unofficial code” were being released online claiming to aid recovery from Friday’s global digital outage, which hit media, retailers, banks and airlines. 

Australia was one of many countries affected by the outage that caused havoc worldwide after a botched software update from CrowdStrike. 

On Saturday, the Australian Signals Directorate — the country’s cyber intelligence agency — said “a number of malicious websites and unofficial code are being released claiming to help entities recover from the widespread outages caused by the CrowdStrike technical incident.” 

On its website, the agency said its cyber security center “strongly encourages all consumers to source their technical information and updates from official CrowdStrike sources only.” 

Cyber Security Minister Clare O’Neil said on social media platform X on Saturday that Australians should “be on the lookout for possible scams and phishing attempts.” 

CrowdStrike — which previously reached a market cap of about $83 billion — is a major cybersecurity provider, with close to 30,000 subscribers globally. 

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Widespread technology outage disrupts flights, banks, media outlets and companies around the world

WELLINGTON, New Zealand — A global technology outage grounded flights, knocked banks offline and media outlets off air on Friday in a massive disruption that affected companies and services around the world and highlighted dependence on software from a handful of providers.

Cybersecurity firm CrowdStrike said that the issue believed to be behind the outage was not a security incident or cyberattack.

The issue affected Microsoft 365 apps and services, and escalating disruptions continued hours after the technology company said it was gradually fixing it.

The website DownDectector, which tracks user-reported internet outages, recorded growing outages in services at Visa, ADT security and Amazon, and airlines including American Airlines and Delta.

News outlets in Australia reported that airlines, telecommunications providers and banks, and media broadcasters were disrupted as they lost access to computer systems. Airlines in the U.K., Europe and India reported problems and some New Zealand banks said they were offline.

Microsoft 365 posted on X that the company was “working on rerouting the impacted traffic to alternate systems to alleviate impact in a more expedient fashion” and that they were “observing a positive trend in service availability.”

The company did not respond to a request for comment. It did not explain the cause of the outage further.

CrowdStrike CEO George Kurtz posted on social media platform X that the company “is actively working with customers impacted by a defect found in a single content update for Windows hosts.”

He said: “This is not a security incident or cyberattack. The issue has been identified, isolated and a fix has been deployed.”

New Zealand’s acting prime minister, David Seymour, said on X that officials in the country were “moving at pace to understand the potential impacts” of the global problem.

“I have not currently received any reporting to indicate these issues are related to malicious cyber security activity,” Seymour wrote. The issue was causing “inconvenience” for the public and businesses, he added.

Israel’s Cyber Directorate that it was among the places affected by the global outages, attributing them to a problem with Crowdstrike. The outage also hit the country’s post offices and hospitals, according to the ministries of communication and health.

Meanwhile, major disruptions reported by airlines and airports grew.

In the U.S., the FAA said the airlines United, American, Delta and Allegiant had all been grounded. Travelers at Los Angeles International Airport slept on a jetway floor, using backpacks and other luggage for pillows, due to a delayed United flight to Dulles International Airport early on Friday.

Airlines, railways and television stations in the United Kingdom were being disrupted by the computer issues. The budget airline Ryanair, train operators TransPennine Express and Govia Thameslink Railway, as well as broadcaster Sky News are among those affected.

“We’re currently experiencing disruption across the network due to a global third party IT outage which is out of our control,” Ryanair said. “We advise all passengers to arrive at the airport at least three hours before their scheduled departure time.”

Edinburgh Airport said the system outage meant waiting times were longer than usual. London’s Stansted Airport said some airline check-in services were being completed manually, but flights were still operating.

Widespread problems were reported at Australian airports, where lines grew and some passengers were stranded as online check-in services and self-service booths were disabled. Passengers in Melbourne queued for more than an hour to check in, although flights were still operating.

Airline operations in India were disrupted, affecting thousands.

The privately-owned IndiGo airlines told the passengers on X that the Microsoft outage on Friday impacted airline operations in India, inconveniencing thousands of passengers.

Several airlines made statements on X saying that they were following manual check-in and boarding processes and warned of delays due to technical problems.

Hong Kong’s Airport Authority said in a statement that the outage was affecting some airlines at the city’s airport and they had switched to manual check-in.

Amsterdam’s Schiphol Airport said on its website that the outage was having a “major impact on flights” to and from the busy European hub. The outage came on one of the busiest days of the year for the airport, at the start of many people’s summer vacations.

In Germany, Berlin Airport said Friday morning that “due to a technical fault, there will be delays in check-in.” It said that flights were suspended until 10 a.m. (0800GMT), without giving details, German news agency dpa reported.

Zurich Airport, the busiest in Switzerland, suspended landings on Friday morning but said flights headed there that were already in the air were still allowed to land. It said that several airlines, handling agents and other companies at the airport were affected, and that check-in had to be done manually in some cases, but that the airport’s own systems were running.

At Rome’s Leonardo da Vinci airport, some US-bound flights had posted delays, while others were unaffected.

Australia appeared to be severely affected by the issue. Outages reported on the site DownDetector included the banks NAB, Commonwealth and Bendigo, and the airlines Virgin Australia and Qantas, as well as internet and phone providers such as Telstra.

Hospitals in Britain and Germany also reported problems.

Several practices within the National Health Service in England reported that the outage had hit their clinical computer system that contains medical records and is used for scheduling.

“We have no access to patient clinical records so are unable to book appointments or provide information,” Church Lane Surgery in Brighouse in Northern England said on the social media platform X. “This is a national problem and is being worked on as a high priority.”

The NHS did not immediately respond to requests for comment.

In northern Germany, the Schleswig-Holstein University Hospital, which has branches in Kiel and Luebeck, said it had canceled all elective surgery scheduled for Friday, but patient and emergency care were unaffected.

News outlets in Australia — including the ABC and Sky News — were unable to broadcast on their TV and radio channels, and reported sudden shutdowns of Windows-based computers. Some news anchors broadcast live online from dark offices, in front of computers showing “blue screens of death.”

In South Africa, at least one major bank said it was experiencing “nationwide service disruptions” as customers reported they were unable to make payments using their bank cards at grocery stores and gas stations.

The New Zealand banks ASB and Kiwibank said their services were down.

An X user posted a screenshot of an alert from the company Crowdstrike that said the company was aware of “reports of crashes on Windows hosts” related to its Falcon Sensor platform. The alert was posted on a password-protected Crowdstrike site and could not be verified. Crowdstrike did not respond to a request for comment.

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Samsung Galaxy Z Fold6

Put PC-like power in your pocket, Galaxy Z Fold6. More powerful than ever with its super-slim, productive, super-charged with Galaxy AI on foldables.

Specification:

Colours: Silver Shadow, Pink, Navy, Crafted Black, White;

Processor: CPU Speed: 3.39GHz, 3.1GHz, 2.9GHz, 2.2GHz, CPU Type: Octa-Core;

Display:
Size (Main_Display): 193.2mm (7.6″ full rectangle) / 192.5mm (7.6″ rounded corners), Resolution (Main Display): 2160 x 1856 (QXGA+), Technology (Main Display): Dynamic AMOLED 2X, Color Depth (Main Display):
16M, Max Refresh Rate (Main Display): 120 Hz, Size (Sub_Display): 158.9mm (6.3″ full rectangle) / 158.1mm (6.2″ rounded corners), Resolution (Sub Display): 968 x 2376 (HD+), Technology (Sub Display): Dynamic AMOLED 2X, Color Depth (Sub Display): 16M;

S Pen Support: Yes;

Camera:
Rear Camera – Resolution (Multiple): 50.0 MP + 12.0 MP + 10.0 MP, Rear Camera – F Number (Multiple):
F1.8 , F2.2 , F2.4, Rear Camera – Auto Focus: Yes, Rear Camera – OIS: Yes, Rear Camera – Zoom,
Optical Zoom 3x, Optical quality Zoom 2x (Enabled by Adaptive Pixel sensor) , Digital Zoom up to 30x
Under Display Camera – Resolution: 4.0 MP, Under Display Camera – F Number: F1.8, Under Display Camera – Auto Focus: No, Under Display Camera – OIS: No, Rear Camera – Flash: Yes, Cover Camera – Resolution:
10.0 MP, Cover Camera – F Number: F2.2, Cover Camera – Auto Focus: No, Video Recording Resolution: UHD 8K (7680 x 4320)@30fps, Slow Motion: 240fps @FHD, 120fps @FHD, 120fps @UHD;

Storage/Memory:
Memory_(GB): 12, Storage (GB): 256, Available Storage (GB): 229.2;

Network/Bearer:
Number of SIM: Dual-SIM, SIM size: Nano-SIM (4FF), Embedded-SIM, SIM Slot Type: SIM 1 + SIM 2 / SIM 1 + eSIM / Dual eSIM, Infra: 2G GSM, 3G WCDMA, 4G LTE FDD, 4G LTE TDD, 5G Sub6 FDD, 5G Sub6 TDD, 5G Sub6 SDL
2G GSM, GSM850, GSM900, DCS1800, PCS1900, 3G UMTS: B1(2100), B2(1900), B4(AWS), B5(850), B8(900)
4G FDD LTE, B1(2100), B2(1900), B3(1800), B4(AWS), B5(850), B7(2600), B8(900), B12(700), B13(700), B17(700), B18(800), B19(800), B20(800), B25(1900), B26(850), B28(700), B32(1500), B66(AWS-3)
4G TDD LTE, B38(2600), B39(1900), B40(2300), B41(2500), 5G FDD Sub6, N1(2100), N2(1900), N3(1800), N5(850), N7(2600), N8(900), N12(700), N20(800), N25(1900), N26(850), N28(700), N66(AWS-3), 5G TDD Sub6
N38(2600), N40(2300), N41(2500), N77(3700), N78(3500), 5G SDL Sub6, N75(1500+);

Connectivity:
USB Interface: USB Type-C, USB Version: USB 3.2 Gen 1, Location Technology: GPS, Glonass, Beidou, Galileo, QZSS, Earjack: USB Type-C, MHL: No, Wi-Fi: 802.11a/b/g/n/ac/ax 2.4GHz+5GHz+6GHz, HE160, MIMO, 1024-QAM, Wi-Fi Direct: Yes, Bluetooth Version: Bluetooth v5.3, NFC: Yes, UWB (Ultra-Wideband): Yes,
PC Sync.: Smart Switch (PC version);

OS: Android;

General Information: Form Factor: Folder;

Sensors:
Accelerometer, Barometer, Fingerprint Sensor, Gyro Sensor, Geomagnetic Sensor, Hall Sensor, Light Sensor, Proximity Sensor;

Physical specification:
Dimension (HxWxD, mm): 153.5 x 132.6 x 5.6, Dimension when folded (HxWxD, mm): 153.5 x 68.1 x 12.1,
Weight (g): 239;

Battery:
Internet Usage Time(LTE) (Hours): Up to 18, Internet Usage Time(Wi-Fi) (Hours): Up to 18, Video Playback Time (Hours, Wireless): Up to 23, Battery Capacity (mAh, Typical): 4400, Removable: No, Audio Playback Time (Hours, Wireless): Up to 77;

Audio and Video:
Stereo Support: Yes, Video Playing Format: MP4, M4V, 3GP, 3G2, AVI, FLV, MKV, WEBM, Video Playing Resolution: UHD 8K (7680 x 4320)@60fps, Audio Playing Format: MP3, M4A, 3GA, AAC, OGG, OGA, WAV, AMR, AWB, FLAC, MID, MIDI, XMF, MXMF, IMY, RTTTL, RTX, OTA, DFF, DSF, APE;

Services and Applications:
Gear Support: Galaxy Ring, Galaxy Buds3 Pro, Galaxy Buds2 Pro, Galaxy Buds Pro, Galaxy Buds Live, Galaxy Buds+, Galaxy Buds3, Galaxy Buds2, Galaxy Buds, Galaxy Buds FE, Galaxy Fit3, Galaxy Fit2, Galaxy Fit e, Galaxy Fit, Galaxy Watch FE, Galaxy Watch Ultra, Galaxy Watch7, Galaxy Watch6, Galaxy Watch5, Galaxy Watch4, Galaxy Watch3, Galaxy Watch, Galaxy Watch Active2, Galaxy Watch Active,
Samsung DeX Support: Yes, Bluetooth® Hearing Aid Support: Android Audio Streaming for Hearing Aid(ASHA)
SmartThings Support: Yes, Mobile TV: No.

More information here

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Samsung Galaxy Z Flip6

Your self-expression tool, Galaxy Z Flip6, is more compact and eye-catching, with Galaxy AI and a pro-level 50MP camera.

Processor:
CPU Speed 3.39GHz, 3.1GHz, 2.9GHz, 2.2GHz, CPU Type: Octa-Core;

Display:
Size (Main_Display): 170.3mm (6.7″ full rectangle) / 166.4mm (6.6″ rounded corners)
Resolution (Main Display): 2640 x 1080 (FHD+); Technology (Main Display): Dynamic AMOLED 2X;
Color Depth (Main Display): 16M; Max Refresh Rate (Main Display): 120 Hz; Size (Sub_Display):
86.1mm (3.4″ full rectangle) / 83.2mm (3.3″ rounded corners); Resolution (Sub Display): 720 x 748
Technology (Sub Display): Super AMOLED; Color Depth (Sub Display): 16M;

Camera:
Rear Camera – Resolution (Multiple): 50.0 MP + 12.0 MP, Rear Camera – F Number (Multiple):
F1.8 , F2.2, Rear Camera – Auto Focus: Yes, Rear Camera – OIS: Yes, Rear Camera – Zoom,
Optical quality Zoom 2x (Enabled by Adaptive Pixel sensor) , Digital Zoom up to 10x, Front Camera – Resolution: 10.0 MP, Front Camera – F Number: F2.2, Front Camera – Auto Focus: No, Rear Camera – Flash:
Yes, Video Recording Resolution: UHD 4K (3840 x 2160)@60fps, Slow Motion: 240fps @FHD, 120fps @FHD;

Storage/Memory:
Memory_(GB): 12, Storage (GB): 256, Available Storage (GB): 227.7;

Network/Bearer:
Number of SIM: Dual-SIM, SIM Slot Type: SIM 1 + eSIM / Dual eSIM, Infra: 2G GSM, 3G WCDMA, 4G LTE FDD, 4G LTE TDD, 5G Sub6 FDD, 5G Sub6 TDD, 5G Sub6 SDL, 2G GSM GSM850, GSM900, DCS1800, PCS1900 3G UMTS
B1(2100), B2(1900), B4(AWS), B5(850), B8(900) 4G FDD LTE B1(2100), B2(1900), B3(1800), B4(AWS), B5(850), B7(2600), B8(900), B12(700), B13(700), B17(700), B18(800), B19(800), B20(800), B25(1900), B26(850), B28(700), B32(1500), B66(AWS-3) 4G TDD LTE B38(2600), B39(1900), B40(2300), B41(2500)
5G FDD Sub6 N1(2100), N2(1900), N3(1800), N5(850), N7(2600), N8(900), N12(700), N20(800), N25(1900), N26(850), N28(700), N66(AWS-3) 5G TDD Sub6 N38(2600), N40(2300), N41(2500), N77(3700), N78(3500)
5G SDL Sub6 N75(1500+)

Connectivity:
USB Interface, USB Type-C, USB Version, USB 3.2 Gen 1, Location Technology: GPS, Glonass, Beidou, Galileo, QZSS; Earjack: USB Type-C, MHL: No, Wi-Fi: 802.11a/b/g/n/ac/ax 2.4GHz+5GHz+6GHz, HE160, MIMO, 1024-QAM, Wi-Fi Direct: Yes, Bluetooth Version: Bluetooth v5.3, NFC: Yes, PC Sync. Smart Switch (PC version);

OS: Android;

General Information: Form Factor Flip;

Sensors:
Accelerometer, Barometer, Fingerprint Sensor, Gyro Sensor, Geomagnetic Sensor, Hall Sensor, Light Sensor, Proximity Sensor;

Physical specification:
Dimension (HxWxD, mm): 165.1 x 71.9 x 6.9, Dimension when folded (HxWxD, mm): 85.1 x 71.9 x 14.9,
Weight (g): 187;

Battery:
Internet Usage Time(LTE) (Hours): Up to 19, Internet Usage Time(Wi-Fi) (Hours): Up to 20,
Video Playback Time (Hours, Wireless): Up to 23, Battery Capacity (mAh, Typical): 4000, Removable: No,
Audio Playback Time (Hours, Wireless): Up to 68;

Audio and Video:
Stereo Support: Yes, Video Playing Format: MP4, M4V, 3GP, 3G2, AVI, FLV, MKV, WEBM,
Video Playing Resolution: UHD 8K (7680 x 4320)@60fps, Audio Playing Format: MP3, M4A, 3GA, AAC, OGG, OGA, WAV, AMR, AWB, FLAC, MID, MIDI, XMF, MXMF, IMY, RTTTL, RTX, OTA, DFF, DSF, APE;

Services and Applications:
Gear Support: Galaxy Ring, Galaxy Buds3 Pro, Galaxy Buds2 Pro, Galaxy Buds Pro, Galaxy Buds Live, Galaxy Buds+, Galaxy Buds3, Galaxy Buds2, Galaxy Buds, Galaxy Buds FE, Galaxy Fit3, Galaxy Fit2, Galaxy Fit e, Galaxy Fit, Galaxy Watch FE, Galaxy Watch Ultra, Galaxy Watch7, Galaxy Watch6, Galaxy Watch5, Galaxy Watch4, Galaxy Watch3, Galaxy Watch, Galaxy Watch Active2, Galaxy Watch Active
Samsung DeX Support: No
Bluetooth® Hearing Aid Support: Android Audio Streaming for Hearing Aid(ASHA)
SmartThings Support: Yes
Mobile TV: No

More information here

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Recent outages highlight need for stronger African internet

Nairobi, Kenya — Experts say Africa needs to invest in robust infrastructure if the continent is to have reliable internet after recent outages due to underwater cable failures highlighted the continent’s reliance on single-path connectivity.

Disruptions in March and May caused online banking problems and communication delays. Businesses experienced interruptions in many countries.

In March, on the Atlantic coast of West Africa, four submarine cables that deliver the internet to at least 17 countries went offline.

Less than two months later, Eastern and Southern Africa experienced outages after two undersea cables were damaged. In Tanzania, the U.S. Embassy in Dar es Salaam closed for two days due to the disruption.

Ben Gumo, a Kenyan who relies on the internet to sell clothes, shoes and children’s wares, said he lost business during the May disruption.

“Someone … puts stuff in the [online] basket, but because of the outage he cannot complete the sale, so he cancels,” Gumo said, adding that he couldn’t update his website with new products.

According to the telecommunications research company Telegeography, over 100 cable cuts occur globally each year. Experts blame undersea volcanic activity, rock falls, recent rainfall and currents in rivers that are much stronger than when some of the cables were built.

Manmade activities also cause disruptions. According to one report, a ship was attacked in the Red Sea and drifted, its anchor pulling up three underwater cables.

Mike Last works with the West Indian Ocean Cable Company, which operates in 20 African countries and has built 36 data centers. He said recent disruptions prompted government officials and businesspeople to recognize the need for better internet infrastructure.

“What it made people realize is that you have to invest in a reliable network, you have to invest in redundancy,” Last said, meaning that internet service is provided by more than one source. “We’ve seen a real boom in clients coming to us wanting connectivity on the new subsea systems.”

Some countries can stay online when one internet source is cut off, although service is often slow and not stable, because service providers and telecommunication carriers invested in more than one international connection.

According to the World Bank, sub-Saharan Africa’s digital infrastructure coverage, access and quality are far behind those of other regions.

However, Africa is embracing the digital future. According to the Submarine Cable Networks, 37 countries have at least one subsea cable connection, and 20 countries have more than two subsea cables.

Last said cables planned by Google and Meta will improve connectivity.

One of the new cables, he said, has a high capacity. Another new cable — named 2Africa and led by Meta, the parent company of Facebook — is being built all the way around Africa.

“It brings a lot of capacity to Africa, and that will help,” Last said.

Experts warn that disparities in connectivity across Africa are expected, but that the development of infrastructure, government policies and private sector investments can accelerate growth.

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From basement to battlefield: Ukrainian startups create low-cost robots to fight Russia

Northern Ukraine — Struggling with manpower shortages, overwhelming odds and uneven international assistance, Ukraine hopes to find a strategic edge against Russia in an abandoned warehouse or a factory basement.

An ecosystem of laboratories in hundreds of secret workshops is leveraging innovation to create a robot army that Ukraine hopes will kill Russian troops and save its own wounded soldiers and civilians.

Defense startups across Ukraine — about 250 according to industry estimates — are creating the killing machines at secret locations that typically look like rural car repair shops.

Employees at a startup run by entrepreneur Andrii Denysenko can put together an unmanned ground vehicle called the Odyssey in four days at a shed used by the company. Its most important feature is the price tag: $35,000, or roughly 10% of the cost of an imported model.

Denysenko asked that The Associated Press not publish details of the location to protect the infrastructure and the people working there.

The site is partitioned into small rooms for welding and body work. That includes making fiberglass cargo beds, spray-painting the vehicles gun-green and fitting basic electronics, battery-powered engines, off-the-shelf cameras and thermal sensors.

The military is assessing dozens of new unmanned air, ground and marine vehicles produced by the no-frills startup sector, whose production methods are far removed from giant Western defense companies.

A fourth branch of Ukraine’s military — the Unmanned Systems Forces — joined the army, navy and air force in May.

Engineers take inspiration from articles in defense magazines or online videos to produce cut-price platforms. Weapons or smart components can be added later.

“We are fighting a huge country, and they don’t have any resource limits. We understand that we cannot spend a lot of human lives,” said Denysenko, who heads the defense startup UkrPrototyp. “War is mathematics.”

One of its drones, the car-sized Odyssey, spun on its axis and kicked up dust as it rumbled forward in a cornfield in the north of the country last month.

The 800-kilogram (1,750-pound) prototype that looks like a small, turretless tank with its wheels on tracks can travel up to 30 kilometers (18.5 miles) on one charge of a battery the size of a small beer cooler.

The prototype acts as a rescue-and-supply platform but can be modified to carry a remotely operated heavy machine gun or sling mine-clearing charges.

“Squads of robots … will become logistics devices, tow trucks, minelayers and deminers, as well as self-destructive robots,” a government fundraising page said after the launch of Ukraine’s Unmanned Systems Forces. “The first robots are already proving their effectiveness on the battlefield.”

Mykhailo Fedorov, the deputy prime minister for digital transformation, is encouraging citizens to take free online courses and assemble aerial drones at home. He wants Ukrainians to make a million of flying machines a year.

“There will be more of them soon,” the fundraising page said. “Many more.”

Denysenko’s company is working on projects including a motorized exoskeleton that would boost a soldier’s strength and carrier vehicles to transport a soldier’s equipment and even help them up an incline. “We will do everything to make unmanned technologies develop even faster. [Russia’s] murderers use their soldiers as cannon fodder, while we lose our best people,” Fedorov wrote in an online post.

Ukraine has semi-autonomous attack drones and counter-drone weapons endowed with AI and the combination of low-cost weapons and artificial intelligence tools is worrying many experts who say low-cost drones will enable their proliferation.

Technology leaders to the United Nations and the Vatican worry that the use of drones and AI in weapons could reduce the barrier to killing and dramatically escalate conflicts.

Human Rights Watch and other international rights groups are calling for a ban on weapons that exclude human decision making, a concern echoed by the U.N. General Assembly, Elon Musk and the founders of the Google-owned, London-based startup DeepMind.

“Cheaper drones will enable their proliferation,” said Toby Walsh, professor of artificial intelligence at the University of New South Wales in Sydney, Australia. “Their autonomy is also only likely to increase.”

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Demand for rare elements used in clean energy could help clean up abandoned coal mines in US

MOUNT STORM, West Virginia — Down a long gravel road, tucked into the hills in West Virginia, is a low-slung building where researchers are extracting essential elements from an old coal mine that they hope will strengthen the nation’s energy future.

They aren’t mining the coal that powered the steel mills and locomotives that helped industrialize America — and that is blamed for contributing to global warming.

Rather, researchers are finding that groundwater pouring out of this and other abandoned coal mines contains the rare earth elements and other valuable metals that are vital to making everything from electric vehicle motors to rechargeable batteries to fighter jets smaller, lighter or more powerful.

The pilot project run by West Virginia University is now part of an intensifying worldwide race to develop a secure supply of the valuable metals and, with more federal funding, it could grow to a commercial scale enterprise.

“The ultimate irony is that the stuff that has created climate change is now a solution, if we’re smart about it,” said John Quigley, a senior fellow at the Kleinman Center for Energy Policy at the University of Pennsylvania.

The technology that has been piloted at this facility in West Virginia could also pioneer a way to clean up vast amounts of coal mine drainage that poisons waterways across Appalachia.

The project is one of the leading efforts by the federal government as it injects more money than ever into recovering rare earth elements to expand renewable energies and fight climate change by reducing planet-warming greenhouse gas emissions.

For the U.S., which like the rest of the West is beholden to a Chinese-controlled supply of these valuable metals, the pursuit of rare earth elements is also a national security priority.

Those involved, meanwhile, hope their efforts can bring jobs in clean energy to dying coal towns and clean up entrenched coal pollution that has hung around for decades.

In Pennsylvania alone, drainage from coal piles and abandoned mines has turned waterways red from iron ore and turquoise from aluminum, killing life in more than 8,000 kilometers of streams. Federal statistics also show about 1,200 square kilometers of abandoned and unreclaimed coal mine lands host more than 200 million tons of coal waste.

The metals that chemists are working to extract from mine drainage here are lightweight, powerfully magnetized and have superior fluorescent and conductive properties.

One aim of the Department of Energy is to fund research that proves to private companies that the concepts are commercially viable and profitable enough for them to invest their own money.

Hundreds of millions of dollars from President Joe Biden’s 2021 infrastructure law is accelerating the effort.

Department officials hope that by the middle of the 2030s this infusion will have spawned full-fledged commercial enterprises.

The two most advanced projects funded by the department are the one in West Virginia treating mine drainage and another processing coal dug up by lignite mining in North Dakota.

The first could be an important source of a number of critical metals, such as yttrium, neodymium and gadolinium, used in catalysts and magnets. The latter could be a major source of germanium and gallium, used in semiconductors, LEDs, electrical transmission components, solar panels and electric vehicle motors.

Researchers at each site are designing a commercial-scale operation, based on their pilot projects, in hopes of landing a massive federal grant to build it out.

The alternative would be to develop new mines, disturb more land, get permits, hire workers, build roads and connect power supplies, tasks that take years.

“With acid mind drainage, that’s already done for you,” said Paul Ziemkiewicz, director of the Water Research Institute at West Virginia University.

Ziemkiewicz began the mine drainage project almost a decade ago, helped by federal subsidies. He had envisioned it as a way to treat runoff, recover critical minerals and raise money for more mine cleanups in West Virginia.

But the Biden administration’s ambitious funding for clean energy and a domestic supply of critical minerals broadened that goal.

At the facility, drainage from a one-time coal mine — now closed and covered by a grassy slope — emerges from two pipes, and dumps about 3,028 liters per minute into a retention pond.

From there the water is routed through massive indoor pools and a series of large tanks that, with the help of lime to lower the acidity, separate out most of the silicate, iron and aluminum. That produces a pale powdery concentrate that is about 95% rare earth oxides, plus water clean enough to return to a nearby creek.

The Department of Energy is funding research on coal wastes in various states.

“There are literally billions of tons of coal ash and coal waste lying around, across the country. And so if we can go back in and remine those, there’s decades worth of materials there,” said Grant Bromhal, the acting director of the Department of Energy’s Division of Minerals Sustainability.

Not only coal, but old copper and phosphate mines also hold potential, Bromhal said.

The country won’t be able to recover metals from all of them right away, but technologies the department is helping develop can satisfy a substantial part of demand in the next 20 to 30 years, Bromhal said.

“So if we get into the tens of percents or 50%, I think that’s in the realm of possibility,” he said.

Other solutions to obtain more of these metals are retrieving them from discarded devices and shifting sourcing to friendly nations and away from geopolitical rivals or unstable countries, analysts say. For now, there is only a handful of critical or rare earth mineral mines in the United States, although many more are being proposed.

One final subsidy will be required from the federal government: buy the reclaimed metals at a price that guarantees a commercially viable operation, Ziemkiewicz said.

That way China can’t simply buy up the product or use its market dominance to drive down prices and scare away private investors, he said.

Quigley, a former environmental protection secretary of Pennsylvania and a one-time small-city mayor in coal country, hopes to see a facility like Ziemkiewicz’s come to the Jeddo mine tunnel system in northeastern Pennsylvania.

The Jeddo has defied decades of efforts to treat its flow, which drains a vast network of abandoned underground mines.

It is a massive source of pollution in the Chesapeake Bay watershed, producing an estimated 114,000 to 151,000 liters per minute.

Bringing the Little Nescopeck Creek back to life could put people to work cleaning up the stream and creating recreational opportunities from a newly revived waterway, Quigley said.

“This could mean a lot to coal communities, to a lot of people in the coal region,” Quigley said. “And to the country.”

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EU: X’s blue checks are deceptive ‘dark patterns’ that breach social media laws

EU says online platform falls short on transparency and accountability requirements

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